Here's the new antennas “Kapton”

These antennas with large area (from 100 to 200 centimeter:) I'm a big improvement compared to traditional antennas to “toothpick”.

1) Are insulated with a double layer of Kapton and plastic that can withstand up to over voltages 20 thousand volts.

2) They have deep, narrow connectors 3 x 30 mm that do not touch the electrical contact that is on the bottom. This ensures an absolute protection against static electricity.

3) Have to replace them easily with other connectors of different shapes. We are studying very large stage and scenic antennas which will play with eight octaves spread over a two-meter range.

4) They have an area three times larger than the tube antennas and then let you play along with greater accuracy at longer distance (stable notes up to one meter)

5) Have the 90% the area away from the body of the instrument to minimize the parasitic capacitance that diminish the sensitivity of oscillator.

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Antennas systems

The new antennas from the stage resemble a cobra so you probably call them “Cobrantenna”. Have a large head and a long tail that extends horizontally to over one metre. This makes it possible to extend the linear zone and easily playable up to nearly two meters.

A two-metre range keeps the notes spaced and at a fairly straightforward even if you set across expansive excursions (up to eight or ten octaves)

The antennas systems must also be spectacular so you may want to paint them with fluorescent colors and light them with led or ultraviolet lamps. (wood light)

Plastic support for the Master module

With this file you can print in 3D support for the form Theremino Master. The file format is STL, that can also be used with commercial and Open Source 3D printers printer, for example, “Prusa” or other models based on Arduino.

Plastic support for the module Adc24

With this file you can print in 3D support for a module Theremino Adc24. The file format is STL, that can also be used with commercial and Open Source 3D printers printer, for example, “Prusa” or other models based on Arduino.

Plastic support for module opto-relays

With this file you can print in 3D support for a module Theremino Opto-Relays. The file format is STL, that can also be used with commercial and Open Source 3D printers printer, for example, “Prusa” or other models based on Arduino.

Plastic support for four modules opto-relays

With this file you can print in 3D support for four modules Theremino Opto-Relays. The file format is STL, that can also be used with commercial and Open Source 3D printers printer, for example, “Prusa” or other models based on Arduino.

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Get the system modules

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The system is completely "Freeware", "Open Source", "Not for Profit" and "DIY", but there are manufacturers who can provide modules assembled and tested at a great price. One could hardly self-build them spending less.

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The software, the firmware and circuit diagrams published on this site,
should not be used for life support systems,
or in any project where failure can affect the safety.

This does not mean that the system is particularly unreliable. Indeed, precisely because of its smooth functioning, could someone use it inappropriately.
But theremino the system was not designed for applications that can be dangerous, for which we disclaim all responsibility.

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